Hello folks,
according to wstein's Axiom I every piece of code not tested is
broken. In that spirit I had planned for months to run all optional
doctests and I finally took the time to do so. First I installed
* frobby-0.7.6
* fricas-1.0.3p0
* boehm_gc-7.1.p0, gdbm-1.8.3, macaulay2-1.1-r7221
* phc-2.3.39.p0
* gap_packages-4.4.10_6
* lrs-4.2b.p0
* lie-2.2.2.p3
* kash3_linux-2006.01.31
* qepcad-1.50
* nauty-24b7 (requires confirmation of license)
* database_kohel-20060803
* database_gap-4.4.10
* database_jones_numfield-v4
* database_stein_watkins_mini
* database_symbolic_data-20070206
* database_odlyzko_zeta
* database_sloane_oeis-2005-12
* database_cremona_ellcurve-20071019
into a 3.2.alpha2 on sage.math. I did not install polymake (which I
should really fix since it is still broken) and there is no MuPAD
installed on sage.math. sympow is also missing optional data and
dot2tex is also not installed.
When running doctests with -long and -optional I get about 33 doctests
with failures, some of which can be fixed by installing additional
software as mentioned above:
sage -t -long -optional devel/sage/sage/tests/benchmark.py # 4
doctests failed
sage -t -long -optional devel/sage/sage/schemes/elliptic_curves/
lseries_ell.py # 3 doctests failed
sage -t -long -optional devel/sage/sage/rings/polynomial/
term_order.py # 1 doctests failed
sage -t -long -optional devel/sage/sage/rings/polynomial/
polynomial_element_generic.py # 1 doctests failed
sage -t -long -optional devel/sage/sage/rings/polynomial/
multi_polynomial_ring.py # 2 doctests failed
sage -t -long -optional devel/sage/sage/rings/polynomial/pbori.pyx #
2 doctests failed
sage -t -long -optional devel/sage/sage/rings/polynomial/
multi_polynomial_ideal.py # 11 doctests failed
sage -t -long -optional devel/sage/sage/rings/quotient_ring.py # 1
doctests failed
sage -t -long -optional devel/sage/sage/rings/
fraction_field_element.py # 2 doctests failed
sage -t -long -optional devel/sage/sage/rings/arith.py # 0 doctests
failed
sage -t -long -optional devel/sage/sage/modules/free_module.py # 1
doctests failed
sage -t -long -optional devel/sage/sage/modular/ssmod/ssmod.py # 1
doctests failed
sage -t -long -optional devel/sage/sage/schemes/elliptic_curves/
sha_tate.py # 1 doctests failed
sage -t -long -optional devel/sage/sage/matrix/matrix1.pyx # 2
doctests failed
sage -t -long -optional devel/sage/sage/libs/pari/gen.pyx # 1
doctests failed
sage -t -long -optional devel/sage/sage/lfunctions/sympow.py # 2
doctests failed
sage -t -long -optional devel/sage/sage/interfaces/r.py # 10 doctests
failed
sage -t -long -optional devel/sage/sage/schemes/elliptic_curves/
ell_rational_field.py # 1 doctests failed
sage -t -long -optional devel/sage/sage/interfaces/mupad.py # 67
doctests failed
sage -t -long -optional devel/sage/sage/interfaces/lie.py # 1
doctests failed
sage -t -long -optional devel/sage/sage/interfaces/mathematica.py #
17 doctests failed
sage -t -long -optional devel/sage/sage/graphs/graph_database.py # 1
doctests failed
sage -t -long -optional devel/sage/sage/geometry/polytope.py # 7
doctests failed
sage -t -long -optional devel/sage/sage/functions/constants.py # 1
doctests failed
sage -t -long -optional devel/sage/sage/databases/jones.py # 2
doctests failed
sage -t -long -optional devel/sage/sage/crypto/mq/
mpolynomialsystem.py # 1 doctests failed
sage -t -long -optional devel/sage/sage/combinat/species/library.py #
4 doctests failed
sage -t -long -optional devel/sage/sage/combinat/crystals/crystals.py
# 2 doctests failed
sage -t -long -optional devel/sage/sage/combinat/sloane_functions.py
# 1 doctests failed
sage -t -long -optional devel/sage/sage/algebras/steenrod_algebra.py
# 1 doctests failed
sage -t -long -optional devel/doc/prog/prog.tex # 1 doctests failed
sage -t -long -optional devel/doc/const/const.tex # 9 doctests failed
sage -t -long -optional devel/sage/sage/calculus/calculus.py # 1
doctests failed
The plan in the end is that Sage 3.2.x does pass all optional doctests
and I will start running "-t -long -optional" after each patch I merge
instead of "-t -long" as I currently do.
Cheers,
Michael
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